Caleb D. Johnson

TL;DR: It is argued that athletes who have not re-established perception–action coupling loops following sport-related concussion may be at increased risk of subsequent musculoskeletal injury.

TL;DR: Evaluated by systematically lower vertical accelerations, a more secure attachment method may be necessary for capturing the most representative measure of tibial accelerations during running, but a less secure method is sufficient for capturing tibIAL accelerations as a surrogate for impact loading forces.

TL;DR: These findings provide preliminary support for impaired vestibular/oculomotor function and ABP in ConcHx compared with NoHx and may enhance the understanding of the mechanisms for increased musculoskeletal injury risk after concussion.

TL;DR: Based on the identified energy deficit, high variation in energy expenditures, and poor macronutrient intake, a greater attention to feeding practices during similar training scenarios for Special Operations Forces is needed to help maintain performance and health.